in.xm control system techbook by Gecko Marketing

in.xm

table of contents

Table of contents introduction ................................................................................... 3 warnings .........................................................................................4 features ........................................................................................... 5 overview - in.xm™ overview ............................................................. 7 - in.xm™ dimensions ........................................................8 installation - ﬂoor installation ...............................................................9 - wall installation .............................................................. 10 connections - electrical wiring .............................................................. 11 - in.link™ connectors .......................................................13 powering up the unit ...................................................................14 in.xm™ conﬁguration - setting the learning mode .............................................15 - setting breaker settings...................................................15 troubleshooting section interface ....................................................................................... 18

spa pack error codes - SP error codes .............................................................. 20 - SP corrective actions ....................................................22 heater error codes - RH error codes ..............................................................26 - RH corrective actions ...................................................28 accessories error codes - high voltage devices/accessories ...............................32 - accessories corrective actions .....................................34 testing the ozonator.....................................................................38 gfci trips .........................................................................................39 in.k600™ keypad function description ................................... 40 viewing current management data - tech menu ......................................................................41 in.therm™ overview .......................................................................................47 installation ....................................................................................48 connecting in.therm™ to in.xm™ ...............................................49 speciﬁcations ...............................................................................50 1

in.xm

introduction

in.xm™

Most rugged spa pack platform ever developed for spa and hot tub manufacturers. Our new and innovative in.xm™ spa pack platform includes all the features and functions you need in a stunning new power box design that sets new standards with its superb combination of looks and functionality. With its waterproof enclosure & breakthrough connectors, in.xm™ boasts the highest water resistance ever designed in a pack, just one of a long list of innovative features that make in.xm™ the safest and most reliable spa pack platform ever offered to the industry. Versatile and heater-”less”, in.xm™ can be wall-mounted or installed on its mounting base and comes with a perfect companion, our new in.therm™ intelligent remote water heating system.

Form truly follows function in this system packed with innovative built-in features and ground-breaking ﬂexibility. 3

warnings

WARNINGS:

Before installing or connecting the unit, please read the following.

* FOR UNITS FOR USE IN OTHER THAN SINGLE-FAMILY DWELLINGS, A CLEARLY LABELED EMERGENCY SWITCH SHALL BE PROVIDED AS PART OF THE INSTALLATION. THE SWITCH SHALL BE READILY ACCESSIBLE TO THE OCCUPANTS AND SHALL BE INSTALLED AT LEAST 5 FEET (1.52 M) AWAY, ADJACENT TO, AND WITHIN SIGHT OF THE UNIT. * ANY DAMAGED CABLE MUST BE IMMEDIATELY REPLACED. * TURN POWER OFF BEFORE SERVICING OR MODIFYING ANY CABLE CONNECTIONS IN THIS UNIT. * TO PREVENT ELECTRIC SHOCK HAZARD AND/OR WATER DAMAGE TO THIS CONTROL, ALL UNUSED RECEPTACLES MUST HAVE A DUMMY PLUG. * THIS CONTROLLER MUST NOT BE INSTALLED IN PROXIMITY OF HIGHLY FLAMMABLE MATERIALS.

in.xm

features

In.xm™ boast a long list of technical features. Each of them stands on its own merits and contributes to bring to spa and hot tub manufacturers the most advanced solutions available to them:

In.put™

In.kin™

In.put™ was designed to ease wire insertion (up to # 4 AWG) and connections. Tighter input connection reduces heat generated for increased component lifetime.

First ever UL approved kinetic heating protection manages water temp. increase generated by pump heat dissipation. Hardware protection shuts all accessories off if it senses water overheat.

In.seal™

In.ﬂo™

In.seal™ provides extra level of protection against water inﬁltration. Connectors and power box are designed to be watertight and no water can be in direct contact with electrical components.

A new heater safety system located in the in.therm™ power box - an all-electronic dry-ﬁre protection.

In.axess™

In.t.cip™

Electronic components are placed into separate and inaccessible compartments. Only serviceable parts are made accessible to service technicians.

In.t.cip™ is an intelligent water temp. refresh algorithm that calculates optimal time to start pumps and get water temp. readings. In.t.cip™ continuously readjusts heater start time.

new input terminal bloc

watertight protection

board access prevention

kinetic heat monitoring

dry-ﬁre protect

water temp. algorithm

features

in.xm

In.link™

In.scan™

In.link™ cables are very cool output and input plugs and connectors that come with colored and tagged polarizers. Totally waterproof, they are designed to be easily conﬁgured and to ensure that all cables of equipment used to make a spa or an hot tub work properly are well connected at their intended connection port, eliminating any risk of mis-wiring.

Auto-diagnostic module with multiple detection levels, in.scan™ continuously reads current at in.put™ to monitor breaker status. It also identiﬁes corrective actions by displaying error codes on the box display.

ingenious plugs and connectors

In.link™ output connectors: Color Red Orange Purple Green Red Blue Green Gray Orange

Output Rh P1 P2 P3 A1 BL CP O3 Di

Typical Device Remote Heater Pump 1 Pump 2 Pump 3 General Purpose Blower Circulation Pump Ozone Audio/Video device

system auto-diagnostic

North American model

CE model

in.xm

overview

In.xm™ overview Light or CoolRays connector

Accessory connector (in.pocket™, in.terface™, SpaWatch™, etc.)

Power box display and buttons Installation brackets

General I/O connector (EXM-5™ or IR receiver*) in.keys™ main and aux. keypad connectors

Fuses

Main power entry connection Connector for direct 120/240 vac 5 Amp output (for in.play™ audio or video accessories)

Door to access power input connectors and fuses

4 connectors for outputs controlled by 4 independent relays (for oz, cp, light, ﬁber box, blower and any other accessories) (120/240 vac 5 Amp)

Main power cable input entry

Mounting feet

2 output connectors for pumps (rated for dual speed pumps up to 20 amp at 240 vac only)

Output connectors for in.therm™ remote heating system (240 vac) Attention: output connector conﬁguration is not the same in European models.

Pump output connector (for 15 amp single speed pump) (120/240 vac)

* IR receiver available on every LV connection except LI and RH

overview

in.xm

In.xm™ dimensions: Front View

Side View

16.6" (422 mm)

6.0" (159 mm)

9.9" (253 mm)

2.1" (54 mm) .79" (21 mm)

17.8" (451 mm) 4.110" (104 mm)

Ø.25" (6 mm)

11" (279 mm) 2.948" (75 mm)

.744" (19 mm)

Bottom View

Ø.25" (6 mm) 4x

3,9" (101 mm)

in.xm

installation

Floor installation procedure

The following material is recommended: 4- # 10 screws of appropriate length with round, truss or pan head. 4- washers 1/2 OD x 1/16" thickness. Select the most appropriate location on the ﬂoor for spa pack and ﬁrmly attach guide plate to wooden base with (2) screws backed by (2) washers.

Slide back side of the unit's foot into the guide plate. It should easily slide into place.

Now ﬁrmly attach unit to wooden base by using the remaining (2) screws backed by (2) washers to ﬁx the front of the foot.

Note: The spa pack must be installed at least 4 inches above potential ﬂood level. If ﬂoor is on ground level, pack should be raised at least 4 inches.

Warning:

Important!

Beware the application of some products commonly used against corrosion (such as WD-40 family products) could damage the power box, due to a negative chemical reaction between some industrial oils and its plastic enclosure. Any other materials which may come in contact with the enclosure must be carefully evaluated under end use conditions for compatibility.

Please note that countersunk screws should not be used as they can damage the power box support.

installation

in.xm

Wall installation procedure

The following material is recommended: 4- # 10 screws of appropriate length with round, truss or pan head. 4- washers 1/2 OD x 1/16" thickness. Select the most appropriate location on wall for spa pack and ďŹ rmly attach, one at the time, upper mounting holes on each side of the spa pack to wall with (2) screws backed by (2) washers.

Firmly attach lower mounting holes on each side of the pack with the (2) remaining screws and (2) washers. Note: Make sure these (2) screws and (2) washers are installed. They will make the pack stable when input, outputs and acessories connectors will be manually inserted in their ports.

in.xm

connections

Electrical wiring

Main electrical box

GFCI panel

Warning! "For units for use in other than single-family dwellings, a clearly labeled emergency switch shall be provided as part of the installation. The switch shall be readily accessible to the occupants and shall be installed at least 5 feet (1.52 m) away, adjacent to, and within sight of the unit".

For 240 VAC (4 wires)

For 240 VAC (*3 wires)

Correct wiring of the electrical service box, GFCI, and pack terminal block is essential. Call an electrician if necessary.

*If connected to a 3 wire system (without neutral), all 120 VAC components will not work.

connections

in.xm

Electrical wiring

Bonding lug

Warning! This product must always be connected to a circuit protected by a ground fault interrupter. Proper wiring of the electrical service box, GFCI and in.xm™ terminal block is essential! Check your electrical code for local regulations. Only copper wire should be used, never aluminum. 12

To install the wiring for the in.xm™ spa control, you'll need a Phillips screwdriver, a 9/16" nut driver or a ﬂat screwdriver. Loosen the 2 screws of the spa pack door and open it. Remove 8" of cable insulation. Strip away 1" of each wire insulation. Pull the cable through the cutout of the box and secure it with a strain relief (1" NPT trade size)*. Make sure that only the uncut sheathing is clamped at this opening. Push the color-

coded wires into the terminals as indicated on the sticker and use the 9/16" wrench or ﬂat screwdriver to tighten the bolts on the terminals. After making sure wire connections are secure, push them back into the box and close the door. Tighten the 2 screws of the spa pack door.

Connect the bonding conductor to the bonding lug on the left side of the in.xm™ spa pack (a grounded electrode conductor shall be used to connect the equipment grounding conductors).

*Note : It's recommended to use a waterproof strain relief, rated IPX5 or greater.

in.xm

connections

Heater communication cable

Heater power cable

in.link™ connectors In.xm™ features in.link™ connectors with colored and tagged polarizers. This new plug and connector technology has been speciﬁcally designed for easy and safe assembly. The tags are interchangeable depending on the output; the polarizers are designed to avoid misconnections.

They all include an integrated latch that keeps them safely in place and provides audible and tactile feedback when properly connected.

In.link™ connectors are easily and conveniently accessible from the front of the pack offering a wide range of possible connection conﬁgurations. In.link™ connectors come in 3 sizes (HC, LC and low voltage) for all types of inputs and output devices.

Finally, colored and tagged polarizers provide a definite advantage in reducing SKU numbers and inventory levels thus giving OEMs and dealers total flexibility to easily configure output devices. 13

powering up the unit

in.xm

Bonding lug

Make sure all accessories are linked to the bonding connector and connected to pack. Make sure the spa pack door is closed. Turn on the breaker.

Press Select button to change breaker setting. The in.scan™ display will show the breaker setting menu. It is important to specify the current rating of the GFCI used to insure safe and efﬁcient current management (and no GFCI trippings).

Br values displayed by the system correspond to 0.8 of the maximum amperage capacity of the GFCI. GFCI 60 Amp 50 Amp 40 Amp 30 Amp

Br 48 Amp 40 Amp 32 Amp 24 Amp

Note: Every OEM has its own preset conﬁgurations.

Use Change button to set the current breaker rating then press Select button. All receptacles will match the corresponding female connection on the spa pack. No connectors should remain unplugged. Use blank plugs to ﬁll unused connectors.

in.xm

in.xm conﬁguration

Setting the learning mode

Description Select button is used to access the breaker setting menu (short press) as well as the low level programming menu (Press and hold for 5 seconds). Subsequent presses will save changes and display the next option available or exit automatically if it was the last one. Use Change button to change the parameters displayed.

The in.xm™ pack has the ability to verify and "learn" the current consumption of every output connected to it. If an output is replaced, a new learning must be done. Follow these simple steps: Press and hold Select button for 5 seconds to activate low level programming. Once activated, the display shows “LL” and, in succession, the current preset low level conﬁguration selected. Press Change button repeatedly to select the the same preset low level conﬁguration again.

Selecting Breaker (Br) settings Press Select button once to activate the breaker setting menu. Once activated, the display shows “br” and, in succession, the maximum current rating of the breaker. Press Change button to change setting. Press Select to conﬁrm. You will exit menu automatically (in.xm™ will also reset). Note: this procedure has to be performed after every learning mode.

Press Select to conﬁrm. You will exit menu automatically. The in.xm™ will then reset. After resetting, the system starts a "learning sequence" in which each individual output is activated and its peak current displayed and saved.

Note: if unusual current readings e.g.: 4 to 6 amps are detected on the high speed of any pump, all pumps must be primed and the learning mode should be restarted.

Note: Every OEM has its own preset conﬁgurations.

interface

in.xm

In.xm™ troubleshooting advantage In.xm™ unique troubleshooting features are called in.scan™ because in.xm™ has the capacity to scan itself and read the status of all exterior connected devices. All errors codes will be displayed on the keypad and on the in.xm™ display, making reading codes easier and more convenient.

Error codes Error codes indicate a failure condition or a problem which needs to be corrected to ensure proper functioning of the system. Both the error code and device identiﬁcation are alternatively displayed.

Note: Every OEM has its own preset conﬁgurations.

in.xm

interface

Display indicates the various codes and options LED indicator On: Everything's OK! On: Service menu enabled On: Something's wrong! System should be checked

Error Codes When displaying errors codes, both device ID and the related error code are displayed alternately. If there is more than one active error, the one with the highest priority is displayed. If problems are found on several devices, the priorities are as follows: • in.xm™ (error “SP” for spa pack) • in.therm™ (error “RH” for remote heater)

Select key. Pressing this key enables the Service Menu mode and displays breaker settings (Br). Press and hold Select key to enable LL prog.

Change button. Press this key to change breaker settings (Br) or LL conﬁguration (depending on the enabled menu)

• high voltage devices accessories (P1, P2, P3...)

spa pack error codes

in.xm

SP error codes SP - HR An internal hardware error has been detected in in.xm™.

SP - BR The chosen input current rating is lower than the sum of current for all pumps.

SP - IN The input voltage is too low. Either there is a problem with the terminal connections or with the power lines.

SP - F1 In.xm™ Fuse F1 is blown. Fan, blower, circulation pump, ﬁber optic

in.xm

spa pack error codes

SP - F2 In.xm™ Fuse F2 is blown. Pump 2, Pump 3 or blower that is more than 5 amp

SP - F3 In.xm™ Fuse F3 is blown. Pump 1

SP - OT Temperature inside the spa skirt is too high, causing the internal temperature in the in.xm™ to increase above normal limits (overheat condition).

SP - OH & blinking temperature higher than 112°F on the keypad display The system detects spa water temperature exceeding 112°F (overheat condition).

SP corrective actions

in.xm

SP - HR Internal hardware error detected in in.xm™

SP - BR Incorrect input current conﬁguration setting

• Restart the spa pack and start & stop all pumps and blower.

• Increase in.xm™ current rating and breaker setting.

• If error reappears, replace in.xm™ spa pack.

• Increase breaker size and manufacturer's cable gauge or reduce pump size. SP-Br is not considered an error code, therefore it doesn’t trigger the service icon to appear on display. Although SP-Br should be viewed more as a warning, it won’t allow the heater or any other accessory to come on if the amperage available is not adequate for the requirements.

in.xm

SP corrective actions

SP - IN Input voltage issue

SP - F1 In.xm™ Fuse F1 is blown

• Check input terminal connections to make sure they are correctly wired & tighten (see connection section)

• Replace the blown fuse F1 with an identically rated replacement (SC-20, SC-25, etc.)

• Have a certiﬁed electrician verify the quality of the power lines.

• If new fuse blows, disconnect fan, blower, circulation pump & ﬁber optic.

You should have 240v between L1 & L2 and 120v between each line and neutral.

• Replace fuse and reconnect all components, one at a time, until fuse blows. • Replace component that caused fuse to blow.

SP corrective actions

in.xm

SP - F2 In.xm™ Fuse F2 is blown

SP - F3 In.xm™ fuse F3 is blown

• Replace the blown fuse F2 with an identically rated replacement (SC-20, SC-25, etc.)

• Replace the blown fuse F3 with an identically rated replacement (SC-20, SC-25, etc.)

• If new fuse blows, disconnect pump 2, pump 3 or blower.

• If new fuse blows, Replace pump 1.

• Replace fuse and reconnect all components, one at a time, until fuse blows. • Replace component that caused fuse to blow.

in.xm

SP corrective actions

SP - OT Internal hardware temp. is too high

SP - OH & blinking water temp. on the keypad display water temperature exceeding 112°F is detected

• Remove spa skirt and let system cool down.

• Remove spa cover and let spa cool down.

• A breaker reset may be required to clear error.

• Add cold water and lower ﬁlter cycle. • If the temperature cools down within normal limits the error will reset itself. • If error persists, measure the temperature with a DIGITAL thermometer and compare its reading with temp. on the display. If temp. reading is different, replace in.therm™. • If problem persists replace pack.

heater error codes

RH error codes

in.xm

RH - HR A hardware error was detected in in.therm™ (related to the electronic circuit only).

RH - NH This error occurs if in.therm™ is trying to heat water but does not detect any increase in temperature.

RH - NF This code is displayed when a “no ﬂow” condition is detected by in.therm™.

RH - NC Communication problem exists between in.xm™ and in.therm™.

RH - HL High Limit hardware circuit tripped.

in.xm

heater error codes

RH error codes

RH - PR The system detects a problem with the regulation probe. The system is constantly verifying if temperature probe readings are within normal limits.

RH - ID The system detects a no match between the in.xmâ&#x201E;˘ model and the in.thermâ&#x201E;˘ model.

RH corrective actions

RH - HR Internal hardware error detected in in.therm™ • Reset main breaker; make sure the heater restarts by changing set point and turning every output On and Off (Pumps). • If problem isn’t corrected, replace in.therm™.

in.xm

RH - NH A "no heat" issue is detected • Verify if in.therm™ is properly connected. (You should hear a click!) • Reset main breaker. • Measure voltage directly on the Di connector (see illustration). You should read: 240VAC at Di connector: Pin 1 & Pin 2

120VAC at Di connector: Pin 5 & Pin 6

Pin 1 Pin 2 Pin 1

120VAC at Di connector: Pin 5 & Pin 2

Pin 6 or

Pin 5

Pin 2

Pin 5

Note: 240VAC at Di connector will be the only reading possible if the installation doesn't have the neutral wire (3 wire 240VAC installation).

• If you don't get proper voltage readings, reset the main breaker. • If you get an appropriate voltage reading, replace in.therm™.

in.xm

RH corrective actions

RH - NF “No ﬂow” condition detected

RH - HL High limit hardware circuit tripped.

• Make sure water valves are open and that water level is high enough.

There are 2 possible causes:

• Check and clean ﬁlters. • Make sure there are no air locks (or that no object obstructs the passage of water in the in.therm™ channel). Pumps may make strange noises and error messages such as “P1 ER” could appear. Follow air lock procedure to clear them. • Make sure that the pump associated to the heater (Pump #1) is running by pressing P1 key.

• The heater was previously stored in a very hot location prior to installation and there is no water yet in its tube to cool it down. - Use a hose to cool down the interior of the tube. • External ambient temp. is high enough to heat the water, even though the pumps remain off. - Add cold water in spa and let heater cool down. - Reset spa pack using current breaker.

If “P1 ER” appears on display, go to Pump 1 error section and follow procedure.

RH corrective actions

in.xm

RH - NC Communication problem between in.xm™ and in.therm™

RH - PR A problem with the regulation probe is detected

• Make sure remote heater cables are connected properly and that none of the cable connector pins are bent.

• This error message clears itself when the condition that triggered the event is no longer present.

If problem persists, either the in.xm™ or the in.therm™ may need to be replaced (both parts must be returned since either part could be defective).

- Reset the breaker. • If problem persists, replace the in.therm™.

in.xm

RH corrective actions

RH - ID Incompatibility between the in.xm™ and in.therm™ models The North American version of the in.xm™ pack can only be connected with the North American version of the in.therm™ heater. The same applies to the European version of both devices. • The RH-ID message indicates that the European version of the in.therm™ heater (in.therm™ CE) has been connected to the North-American version of the in.xm™ pack (in.xm™ UL) or vice versa. To correct the situation: • Swap the in.therm™ or the in.xm™ for the appropriate version.

accessories error codes

in.xm

High voltage devices/accessories (P1, P2, P3..) P1 - ER System hasn’t detected any current change when turning Pump 1 on or off

P2 - ER System hasn’t detected any current change when turning Pump 2 on or off

P3 - ER / P4 - ER / P5 - ER System hasn’t detected any current change when turning Pump 3 , Pump 4 or Pump 5 at on or off

CP -ER System hasn’t detected any current change when turning circ. pump on or off

in.xm

accessories error codes

BL - ER System hasnâ&#x20AC;&#x2122;t detected any current change when turning blower on or off

FN - ER System hasnâ&#x20AC;&#x2122;t detected any current change when turning fan on or off

SC - ER System learning error

accessories corrective actions

in.xm

P1 - ER Pump 1 not responding

P2 - ER Pump 2 not responding

• Make sure Pump 1 is connected properly (when connecting plug, you should hear it click).

• Make sure Pump 2 is connected properly.

• Manually change output status (on/off) of Pump 1 and cycle through all possible states (i.e. low, high, off). • Reset spa pack by pressing Select key twice. • If error does not clear, problem is most likely with Pump 1. It will need to be replaced. • If Pump 1 is replaced, a new learning routine must be performed (see procedure page 15).

• Manually change output status (on/off) of Pump 2 and cycle through all possible states (i.e. low and high speeds). Reset spa pack. • If error does not clear, problem is probably with Pump 2. It will need to be replaced. • If Pump 2 is replaced, a new learning routine must be performed (see procedure page 15).

• If a pump error is detected during a ﬂow check, the pump will remain activated while performing this task, for this reason, a 9 min. delay might be required to clear error. • If the spa is equipped with an in.k600™ menu driven, the learned current value can be veriﬁed (see viewing current management data section for more details). Furthermore, if the current value learned by the in.xm™ spa control is not appropriate, it can trigger false Pump-ER error codes. 34

in.xm

accessories corrective actions

P3 - ER / P4 - ER / P5 - ER Pump not responding

CP - ER Circulation Pump not responding

• Make sure the Pump is connected properly.

• Make sure Circ. Pump is connected properly.

• Manually change output status (on/off) of the Pump.

• Manually change output status by changing set point.

• Reset spa pack.

• If error does not clear, problem is probably with the Pump. It will need to be replaced.

• If error does not clear, problem is probably with CP. It will need to be replaced.

• If the Pump is replaced, a new learning routine must be performed (see procedure page 15).

• If the CP is replaced, a new learning routine must be performed (see page 15).

Note: If the spa is equipped with an in.k600™ menu driven, the learned current value can be veriﬁed (see "viewing current management data" section for more details). Furthermore, if the current value learned by the in.xm™ spa control is not appropriate, it can trigger false Pump-ER error codes.

accessories corrective actions

in.xm

BL - ER Blower not responding

FN - ER Fan not responding

• Make sure blower is connected properly.

• Make sure fan is properly connected.

• Manually change the output status (on/off) of blower.

• Manually change the output status (on/off) of fan.

• Reset spa pack.

• If error does not clear, problem is probably with blower, it will need to be replaced.

• If error does not clear, problem is probably with the fan. It will need to be replaced.

• If blower is replaced, a new learning routine must be performed (see procedure page 15).

• If the fan is replaced, a new learning routine must be performed (see procedure page 15). • Replace ozonator par Fan. Important: • If the fan doesn't draw more than 400 ma, the FN-ER error will not be displayed even if the fan is defective.

in.xm

accessories corrective actions Keypad connections

SC - ER System learning error

Keypad doesn’t seem to work!

Every time a low-level option is changed, system must “learn” currents associated to each output/load. During this learning process, the device connected to Di (direct output, no relay) must be disconnected IF IT DRAWS MORE THAN 0.4 AMP. If it isn’t, system will report an SC error code.

Note: Keypad connected to in.xm™ is only detected when main breaker is reset. Don’t forget to reset breaker if you’re changing keypad model (in.k400™ for in.k600™).

• Disconnect load.

• Replace keypad if problem is corrected.

• Restart learning process by pressing Select key for 5 sec. • Press Change key as many times as necessary to go through all low level programming settings (see low level programming section).

If a keypad doesn’t seem to work: • Verify keypad connections and try spare keypad. • Replace in.xm™ if problem is not corrected.

• When process is done, the accessory connected to Di can be reconnected.

testing the ozonator

in.xm

Testing the ozonator

Smart Winter Mode not a bug but a feature!

• Make sure ozonator is connected properly.

Our Smart Winter Mode protects your spa from water cold enough to freeze the pipes by automatically turning pumps on for one minute several times a day to prevent water from freezing in pipes.

• Press and hold the change button until the message O3 ﬂashes on display. • Then, the system activates the pump associated to the ozonator (P1 or CP) followed by the ozonator output. Important: if the spa is equipped with the in.zone™ corona discharge ozonator, its LED indicator lights up to warn that the ozonator output has been activated.

in.xm

gfci trips

Important connections: Neutral of GFCI must be connected to neutral bus. Neutral from spa must be connected to breaker.

Ground wire Main electrical box

GFCI panel

Warning! There are different GFCI models used on the market. See manufacture's instructions that come with the GFCI for speciﬁc information. Note that all illustrations are examples only. Verify if GFCI is properly connected. If it's not, verify GFCI diagram and reconnect it.

From electrical box

To spa

From electrical box

To spa

If the GFCI is properly connected but still tripping, unplug all outputs from the spa pack (pumps, heater, ozonator etc). Reconnect one output at the time until the GFCI trips again. Replace defective component. Note: If the neutral of the GFCI is hooked up to the neutral bar, the in.xm™ spa control will only trip when the 120v outputs are ﬁred ( e.g.: the ozonator)

Verify in.xm™ pack wiring (make sure that the neutral and the ground have not been inverted). 39

in.k600 keypad function description

in.xm

In.k600â&#x201E;˘ keypad menu driven interface Multifunction Keys 1, 2, 3, 4

"Ok" Key

"Plus" Key increases parameter setting

Each of these four keys helps you to select and/or execute the indicated function displayed on the screen in any given window. In this way, the task performed by a given multifunction key will vary depending on the menu or window.

"Right" Multifunction Key

"Left" Multifunction Key

"Mode" Key selects mode of operation: Spa, Audio, and Options. Also, it allows you to exit any programming window without saving any changes and go back to the previous screen.

"Minus" Key decreases parameter setting

"Next" Key goes to next menu page

in.xm

*viewing current management data

Multifunction key 2

Tech menu • Press Mode key to display the mode selection window.

• Select Options menu

• Select Info sub-menu

• Press and hold Multifunction Key 2 for 5 seconds to access Tech menu (see next page)

* Option available with in.k600™ menu driven keypad only.

viewing current management data

in.xm

Tech menu This menu allows you to view the speed (low or high in the case of the pumps), learned amperage data as well as the phase angle for each output. Note: If _ _ appears on any screen, it means that no signiﬁcant current has been detected and "learned" by the system for that output.

Here Pump 1 high speed current and phase angle are displayed

Here Pump 1 low speed current and phase angle are displayed

Here Pump 2 high speed current and phase angle are displayed

• Use Right key to go to the next screen menu.

Note: Use Right key to go to next screen menu. Use Left key to go back to previous screen menu. Use Ok key or Select the option to go back to the initial screen on the Tech menu.

in.xm

viewing current management data

Tech menu Here Pump 2 low speed current and phase angle are displayed

Here Fan current and phase angle are displayed

Here Ozonator current and phase angle are displayed

Here Heater current and phase angle (0°) are displayed

• Use Right key to go to the next screen menu.

• Use Right key one last time to go back to keypad main menu.

in.therm

overview

in.therm™

Intelligent remote water heating system designed to be totally maintenance free. Separated from pack, in.therm™ is an intelligent 4kw remote heater that integrates electronics in its power box. It includes a built-in temperature probe and a new water ﬂow detection feature that eliminates the need of a pressure switch. In.therm™ controls multiple power levels on a single element extending its lifetime by heating at high power only when needed. With no moving parts and no adjustments, in.therm™ is hassle free and deﬁnes new levels of reliability. In.therm™ was designed to be easily and quickly installed. Threads and in.link™ cables make it easy to connect to pack system & spa pipes.

Totally sealed enclosure (box & heat channel)

Nominal dimensions: 14,5" x 5" X 4"

installation

in.therm

Heater installation Grounding lug

Plastic union nut

368 mm (14.5")

Plastic union nut

Install heater in the upright position as illustrated above.

Note: a minimum ﬂow rate of 18 gpm is required. 48

For an optimal connection to spa plumbing, please note that we recommend the following 2” compression ﬁttings & nuts.

Waterway #400-5570

Aquatemp # 86-02335

Aqua-Flo # 52202000

Magic Plastics #0602-20

www.waterwayplastics.com

www.aquatemp.com

www.aqua-ﬂo.com

www.magicplastics.com

Slide the two 50 mm (2") plastic union nuts over the heater threaded ends and tighten the nuts.

in.therm

connections

Connecting in.therm™ to in.xm™

Heater communication cable

Bonding lug

Heater power cable

Connect the heater power cable to the in.link™ output connector indicated Rh on the spa pack. Connect the heater communication cable to the low voltage connector indicated Rh on the spa pack. Connect the bonding conductor to the bonding lug on the face of the in.therm™.

Important! CE and UL/CSA parts are not interchangeable! 49

speciﬁcations

in.xm

In.xm™ electrical speciﬁcations: Input rating :

120/240 VAC (2-phase required, with or without neutral) 48 A maximum, 60Hz.

Input operation speciﬁcation: Output ratings: Output Voltage Out 1 240 V Out 2 240 V Out 3 120/240V Out 4 120/240V Out 5 120/240V Out 6 120/240V Out 7 120/240V Out 8 120/240V

Current 20FLA 15 FLA 15 FLA 6 FLA 6 FLA 6 FLA 6 FLA 6 FLA

240 VAC (-10% / + 5%) Device Pump 1 Pump 2 Pump 3 or large Blower Aux 1 Blower Circulation Pump (CP) Ozone Generator Audio/Video device

Important: • 48 A absolute maximum, distributed on all outputs • 25 A maximum total for all 120 VAC loads • 20 A maximum total for OUT2 and OUT3 combined • 11 A maximum total for OUT4 to OUT8 combined • Maximum loads are determined by fusing restrictions and ambient temperature. In all output conﬁgurations, the total current output must never exceed input ratings. 50

L1 CO C1 C2 IO

Light, 1 A / 10 VAC (-5%/+10%) @ 240 VAC / 60Hz Communications port * Top side controller * Top side controller ** General purpose I/O port **

* C1 and CO: 125 mA max on 5 Volts. ** C2 and IO: 125 mA max on 5 Volts.

Important: • All low voltage acccessories use + 5Vdc and/or on + 12 Vdc. • All low voltage acccessories combined: 300 mA max, on + 12 Vdc.

in.xm

speciﬁcations

General speciﬁcations: Environmental:

In.therm™ supply ratings:

Operating temperature: 0°C (-32°F) to 50°C (122°F) Storage temperature: -25°C (-13°F) to 85°C (185°F) Humidity: up to 80% RH, non condensing

Voltage: Current: Frequency:

Mechanical:

In.therm™ output ratings:

Weight: 3.4 kg (7.6 lbs) Dimensions (W x H x D): Chassis: 185mm x 52mm x 275mm (7-1⁄4" x 2" x 10-3/4")

Heater element:

2-phase, 240VAC 17 A maximum (4 kW heater) 60 Hz

17A resistive (240 VAC only)

In.therm™ ﬂow rates: Minimum of 18 GPM is required

Standards: UL 1563 Fifth Ed. CSA No. 22.2 - 218.1-M89